Ultrapure Water Equipment

1 Ton Stainless Steel RO System For Ultrapure Laboratory Water Treatment I.Overview The 1 Ton Stainless Steel Reverse Osmosis (RO) System is specially designed for laboratories and research facilities that require consistent ultrapure water. With a durable stainless steel frame and advanced RO purification process, this system ensures reliable performance, high water quality, and long service life. II.Key Features High-Purity Water – Removes up to 98–99% of dissolved salts,

RO + EDI Ultrapure Water System with Precision Welding & Polishing Process I.Overview The RO + EDI Ultrapure Water System is an advanced water purification solution designed to deliver high-purity water that meets the most demanding industrial and laboratory standards. It integrates Reverse Osmosis (RO) and Electrodeionization (EDI) technologies, ensuring continuous production of ultrapure water with a resistivity up to 18 MΩ·cm. II.Key Features High-Quality Construction:

Ultrapure Water Purification Equipment With Advanced RO & EDI Technology I.Product Description: Our Ultrapure Water Purification Equipment is designed to deliver the highest standard of water quality required in laboratories, medical facilities, electronics manufacturing, and other precision industries. By integrating Reverse Osmosis (RO) with Electrodeionization (EDI), the system ensures continuous production of ultrapure water without the need for chemical regeneration. II

1000LPH Laboratory Ultrapure Water Equipment With Pump Motor PLC Unit I.Product concept Laboratory production water has even stricter quality requirements. To ensure water safety, the entire system is constructed entirely of stainless steel, with sterilization devices installed at the final outlet. The cleaning of production equipment and the maintenance of production sites consume significant amounts of process water. Hongjie Water, while meeting user water standards,

1TPH Ultrapure Water Equipment With Polishing +EDI System I.Overview Polishing is a fine purification step that removes residual impurities, trace ions, or organic matter after water has undergone primary purification treatment (such as softening, sedimentation, filtration, or reverse osmosis). The goal is to achieve ultrapure water quality or meet specific process requirements. Bipolar EDI: Incorporating a bipolar membrane (BPM) into the EDI module not only removes

Water Treatment Equipment Suppliers 8000gph Ultrapure Water For Chip Industry With RO Machine + EDI Unit I.Overview In chip (integrated circuit) manufacturing, ultrapure water (UPW) is an indispensable key auxiliary material, often referred to as the “lifeblood of the semiconductor industry.” Its core function is to remove trace impurities (such as particles, metal ions, and organic compounds) from the surface of wafers through high-precision cleaning, dilution, or participat

20 M³/H Integrated Reverse Osmosis-EDI ultra pure water Equipment for Biopharmaceutical Manufacturing I. Equipment Overview Water for biopharmaceutical production demands even stricter water quality requirements. To ensure the safety of water used in biopharmaceutical manufacturing, the entire system is constructed using all-stainless steel materials, and the final water delivery point is equipped with a sterilization device. The cleaning of production equipment and

Ⅰ. Equipment Overview With technological advancements, China's traditional Chinese medicine (TCM) sector has embraced modern reforms. TCM decoctions can now be refined into oral liquids, pills, or combined with western medicines to form tablets—offering portability and improved palatability. TCM preparation processes demand strict water quality standards: our purified water equipment meets Chinese Pharmacopoeia requirements and GMP certification, ensuring qualified water that

I. Overview Feature highlights:The Custom Industrial RO EDI Water Purification System offers advanced water treatment with a 300LPH capacity, producing fresh water from raw water TDS

CE/ISO certification 5000LPH ultra pure water equipment for atomic absorption spectroscopy (AAS) I.Overview Ultrapure water is the cornerstone of sample preparation, standard dilution, and instrument rinsing in atomic absorption spectroscopy (AAS). Trace metal impurities in ultrapure water can directly cause background interference, reduced sensitivity, and calibration errors. AAS ultra-pure water serves as the “zero-background reference” for trace metal analysis, requiring a

Customizable 1000 liters/h ultrapure water filtration system for mobile phase preparation for precision instruments Overview The 1000 L/H ultra pure water treatment system is designed to provide high-purity water for mobile phase preparation in precision analytical instruments, such as HPLC, LC-MS, ICP, and other laboratory or analytical applications.The system adopts advanced purification technologies including pre-treatment, reverse osmosis, EDI (Electrodeionization), and

Successful case 25m³/h Ultra-pure Water System for Guangxi Power Plants Effluent Water Quality: ① Conductivity ≤ 10 µS/cm @25°C (Pretreatment + Primary Reverse Osmosis) ③ Conductivity ≤ 2 µS/cm @25°C (Pretreatment + Secondary Reverse Osmosis with Full 304 Stainless Steel) ⑤ Resistivity ≥ 18.2 MΩ·cm @25°C (Pretreatment + Secondary RO + EDI Device + Polishing Mixed Bed) Industrial Pure Water Equipment Industrial pure water equipment uses municipal tap water or deep well water

I. Product Introduction Semiconductor ultrapure water equipment is used for cleaning components during semiconductor manufacturing and must meet specific water quality standards. The output water quality of semiconductor ultrapure water systems must comply with the ASTM (American Society for Testing and Materials) standards for pure water, China's electronic industry standards for electronic-grade water (18 MΩ·cm, 15 MΩ·cm, 10 MΩ·cm, 2 MΩ·cm, 0.5 MΩ·cm), water quality

Safe and Reliable 95 cubic per hour ultra pure water system for nuclear power plant boiler feed water I. Overview The application of ultra-pure water in nuclear power plant boiler feedwater (reactor coolant) is a core safeguard for nuclear safety. In current water-cooled reactor technology, ultra-pure water remains an indispensable cornerstone of nuclear safety, with its purity directly impacting reactor control efficiency, equipment lifespan, and radiation protection safety.

Enhance Filtration Efficiency 110m³/h ultrapure Water treatment plant for Silicon Wafer Cleaning with edi module I. Overview Ultra-pure water is a core component in silicon wafer cleaning for achieving efficient, low-defect photovoltaic cell production. Its application directly determines the cleanliness of the silicon wafer surface, minority carrier lifetime, and ultimately, cell efficiency. Industry rule of thumb: For every 10-fold increase in the purity of ultra-pure water

high performance 80tons/h ultra pure water equipment for the Production of Photovoltaic Cells I. Overview Ultra-pure water is an indispensable core element in the production of photovoltaic solar cells, with its purity directly impacting the photovoltaic conversion efficiency, yield rate, and long-term reliability of the cells. Ultra-pure water serves as the cornerstone of photovoltaic cell production quality (the purity of silicon wafer cleaning and texturing directly

high-capacitiy 120 m³/h industrial ultrapure water(RO+EDI) purification system for optoelectronics field I. Overview Ultra-pure water is a core element in ensuring product performance and yield in the optoelectronics field, especially in precision manufacturing such as semiconductors, photovoltaics, and display panels, where its purity directly affects device electrical characteristics, optical performance, and interface quality. In optoelectronics manufacturing, the cost of

1T/H Reverse Osmosis System Secondary Stage With Simens PLC Control Cabinet I. Overview Ultrapure water equipment is a precision water treatment system that removes impurities from water to trace levels through a multi-stage process involving pretreatment, reverse osmosis, and ultrapurification. The resulting water can have a resistivity exceeding 18 MΩ·cm, also known as soft water. Originating in the US semiconductor industry, this equipment is now widely used in electronics

Turnkey Project Model 80T/H High - Purity Water Systems For Display Panel Cleaning I. Equipment Overview Photoelectric material production, processing, and cleaning; LCD liquid crystal displays, PDP plasma displays, high-quality lamp cathodes, the microelectronics industry, FPC/PCB circuit boards, and large-scale and ultra-large-scale integrated circuits all require substantial amounts of high-purity water and ultra-pure water to clean semi-finished and finished products. The